p.1, p.2, p.3, p.4, p.5
of plots shown by Paul Rubinov on 4/10 of smoothed average signals from LED
runs on Bd. 1. Every 4th channel is open to light. Some are with 100 pF and
some with 470 pF input to SIFT.
2. Simulations of CFT performance with predicted AFE (VLPC, fiber etc.)
performance.
Alan Bross simulation of Trigger efficiency 3/13/01
for 8 layers out of 8; realistic gains, yields from cosmic
ray tests, measured waveguide attenuations, AFE pe resolution,
thresholds smeared by 10%, and estimated radiation damage. The upper limit to
the efficiency is set by the measured number of dead channels. (If dead channels
were set ON, the upper limits would approach 1 at low dose and threshold.
(see also d0server4.fnal.gov/users/grannis/bross.ps )
Alan Bross simulation of Trigger efficiency 4/11/01
for 8 layers out of 8; realistic gains, yields from cosmic
ray tests, measured waveguide attenuations, AFE pe resolution,
thresholds smeared as from preliminary data by Paul Rubinov tests
at +/- 2fC. Dead channel effects not included.
AFE meeting Mar. 29, 2001 and
plots from P. Rubinov tests. Note that 'SASEQ' is the standalone sequencer. HP8130A is
an external solid clock generator. Plots such as 'run_119_dnl_ch5.ps' are number of occurances
vs. SVX count.